An electron is confined in a threc-dimensional infinite potential well. T'he sides parallel to the r-, y-, and z-axes arc of length L each. (a) Write the appropriate Schrödinger equation. (b) Write the time-independent wave function corrcsponding to the state of the lowest possible energy. (c) Give an expression for the nunber of states, N, having energy lcss than some given E. Assume N > 1.
An electron is confined in a threc-dimensional infinite potential well. T'he sides parallel to the r-, y-, and z-axes arc of length L each. (a) Write the appropriate Schrödinger equation. (b) Write the time-independent wave function corrcsponding to the state of the lowest possible energy. (c) Give an expression for the nunber of states, N, having energy lcss than some given E. Assume N > 1.
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Transcribed Image Text:An electron is confined in a threc-dimensional infinite potential well.
T'he sides parallel to the r-, y-, and z-axes arc of length L each.
(a) Write the appropriate Schrödinger equation.
(b) Write the time-independent wave function corrcsponding to the state
of the lowest possible energy.
(c) Give an expression for the nunber of states, N, having energy lcss
than some given E. Assume N > 1.
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